此外，还用QUARTURSII软件对仿真控制逻辑进行了寄存器传输级的仿真与验证。
In addition, we verified and emulated the emulating logic by Register Transfer Language. Last of all, we presented the test program and circuit with QUARTURSII.
通过对SCSI控制器相关寄存器的设置和SCSI协议扩展消息的交互，实现了主机存储通道的数据传输速度达到160MB/s。
The speed of data transfer between SCSI devices is upto 160MB/s implemented by the setting of registers in the SCSI controller and the intercourse of expended SCSI protocol messages.
该实例是利用AT 90CAN 128这块芯片做主控芯片，ATA6660做CAN的控制器，通过对芯片里面的寄存器进行操控，来完成对数据的传输。
The instance utilizes the chip AT90CAN128 as the main chip and the chip ATA6660 as Can transceiver. The Can bus transmits the data by controlling the inside registers.
本设计采用模块化设计的思想，将GPIB接口IP核分成三个模块：GPIB接口功能模块、内部寄存器模块和数据传输控制模块。
Based on the theory of modularization, the IP core of GPIB is divided into three modules: module for port function of GPIB, module for inner register and module for data transmission.
本设计采用模块化设计的思想，将GPIB接口IP核分成三个模块：GPIB接口功能模块、内部寄存器模块和数据传输控制模块。
Based on the theory of modularization, the IP core of GPIB is divided into three modules: module for port function of GPIB, module for inner register and module for data transmission.
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